TOPPERS’ ACADEMY
(Founded by Institute of Engineering & Management, Salt Lake, Sector-V)
Practice Test Series (PTS) & Mock Test Series (MTS) for the academic session 2012 - 2013
for WBJEE(Engineering & Medical) & AIEEE 2013
With the advent of rapid increase in diversity & standards of aptitude evaluation at the National &
State level competitive examinations, a requirement for quality & objective specific guidance has
cropped up in large dimensions among the student force. The infrastructure available at the
school level hardly caters the need for competitive exams especially in terms of academic
standards & time management practices through repeated tests. Keeping these factors in view,
TOPPERS’ ACADEMY has introduced PERIODIC TEST SERIES (PTS) & MOCK TEST
SERIES (MTS) for preparing the student force for WBJEE (Engineering & Medical), AIEEE &
similar competitive examinations for admission to Engineering & Medical disciplines.
There shall be five PTS & five MTS for candidates due to appear for competitive exams in 2013
along with a special Mock Test in April 2013. Those presently studying in Class 11 shall have
two PTS and three MTS. The test schedule for the PTS and MTS shall be as follows:

For Class 11 candidates there will be 2 PTS at the competitive level and 3 MTS out of
which two MTS will be at Board level of the respective Board and one MTS at the
competitive level. The dates for these tests are given in Annexure – A.

For Class 12 candidates, due to appear for Board exams in 2013, or those intending to
appear for competitive tests in 2013 there shall be 5 PTS and 5 MTS along with a special
Mock Test in April 2013. The dates for these tests are given in Annexure – B
The PTS shall be based on segmented syllabus & the MTS shall be based on full syllabus of the
respective subject (Physics, Chemistry, Mathematics, Biology). Doubt clearing classes shall be
conducted at periodic intervals & candidates are expected to attend the same in order to avail
expert guidance from the concerned subject experts. The schedule for the interactive classes shall
be intimated in due course.
The subject-wise & month-wise course breakup for WBJEE is given in Annexure – C and that for
AIEEE is given in Annexure - D.
The rubric of the question paper shall be as per the target examination. For PTS at WBJEE level,
there shall be fifty questions each on Mathematics & Biology and twenty five questions each on
Physics & Chemistry. The total duration of the test shall be of three hours (PCMB) and maximum
marks of 150.
For PTS at AIEEE level there shall be thirty three questions each on Chemistry, Mathematics &
Physics and total marks of 225 (75 marks on each subject) and total duration of 2hrs 30 min.
The MTS at WBJEE and AIEEE level shall follow the target examination pattern as specified by
the concerned authority.
Annexure – A (for class 11 candidates)
Exam Name & Type
Exam Date
Duration (Hrs)
Max Marks
Time
PTS – 1 (M+P+C+B) WBJEE 25-AUG-2012 1M+1PC+1B = 3hrs
PTS – 1 (C+M+P) AIEEE
26-AUG-2012 2 hrs 30 min
150 (50+25+25+50) 12:00 noon
225 (75+75+75)
12:00 noon
PTS – 2 (M+P+C+B) WBJEE 17-NOV-2012
PTS – 2 (C+M+P) AIEEE
18-NOV-2012
1M+1PC+1B = 3hrs
2 hrs 30 min
150 (50+25+25+50) 12:00 noon
225(75+75+75)
12:00 noon
MTS – 1 (P+C) Board Level
08-DEC-2012
MTS – 1 (B+M) Board Level 09-DEC-2012
3 hrs each
3 hrs each
70 + 70 = 140
70 + 70 = 140
MTS – 2 (M+P+C+B) WBJEE 29-DEC-2012
MTS – 2 (C+M+P) AIEEE
30-DEC-2012
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
MTS – 3 (P+C) Board Level 19-JAN-2013
MTS – 3 (B+M) Board Level 20-JAN-2013
3 hrs each
3 hrs each
70 + 70 = 140
70 + 70 = 140
12:00 noon
12:00 noon
12:00 noon
12:00 noon
Annexure – B (for class 12 candidates or repeaters)
Exam Name & Type
Exam Date
Duration (Hrs)
Max Marks
PTS – 1(M+P+C+B) WBJEE 14-JUL-2012
PTS – 1 (C+M+P) AIEEE
15-JUL-2012
1M+1PC+1B = 3hrs
2 hrs 30 min
150(50+25+25+50)
225 (75+75+75)
12:00 noon
12:00 noon
PTS – 2 (M+P+C+B) WBJEE 28-JUL-2012
PTS – 2 (C+M+P) AIEEE
29-JUL-2012
1M+1PC+1B = 3 hrs 150(50+25+25+50)
2hrs 30 min
225(75+75+75)
12:00 noon
12:00 noon
PTS – 3 (M+P+C+B) WBJEE 25-AUG-2012 1M+1PC+1B = 3 hrs
PTS – 3 (C+M+P) AIEEE
26-AUG-2012 2 hrs 30 min
PTS – 4 (M+P+C+B) WBJEE 22-SEP-2012
PTS – 4 (C+M+P) AIEEE
23-SEP-2012
1M+1PC+1B = 3 hrs
2hrs 30 min
PTS – 5 (M+P+C+B) WBJEE 13-OCT-2012 1M+1PC+1B = 3 hrs
PTS – 5 (C+M+P) AIEEE
14-OCT-2012 2 hrs 30 min
150(50+25+25+50)
225 (75+75+75)
Time
12:00 noon
12:00 noon
150(50+25+25+50)
225(75+75+75)
12:00 noon
12:00 noon
150(50+25+25+50)
225 (75+75+75)
12:00 noon
12:00 noon
Exam Name & Type
Exam Date
Duration (Hrs)
Maximum Marks
Time
MTS – 1 (M+P+C+B) WBJEE 08-DEC-2012
MTS – 1 (C+M+P) AIEEE
09-DEC-2012
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
MTS – 2 (M+P+C+B) WBJEE 29-DEC-2012
MTS – 2 (C+M+P) AIEEE
30-DEC-2012
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
MTS – 3 (M+P+C+B) WBJEE 19-JAN-2013
MTS – 3 (C+M+P) AIEEE
20-JAN-2013
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
MTS – 4 (M+P+C+B) WBJEE 09-FEB-2013
MTS – 4 (C+M+P) AIEEE
10-FEB-2013
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
MTS – 5 (M+P+C+B) WBJEE 23-FEB-2013
MTS – 5 (C+M+P) AIEEE
24-FEB-2013
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
MTS – 6 (M+P+C+B) WBJEE 02-APR-2013
MTS – 6 (C+M+P) AIEEE
03-APR-2013
2M+2PC+2B = 6 hrs 300 (100+50+50+100) 12:00 noon
3 hrs
360 (120+120+120)
12:00 noon
For other centers of Toppers’ Academy the test dates may be fixed on week days, if required, as
suggested below:
PTS - 1 WBJEE
PTS – 1 AIEEE
25-JUN-2012
26-JUN-2012
PTS – 2 WBJEE 30-JUL-2012
PTS – 2 AIEEE 31-JUL-2012
PTS - 3 WBJEE
PTS – 3 AIEEE
27-AUG-2012
28-AUG-2012
PTS – 4 WBJEE 24-SEP-2012
PTS – 4 AIEEE 25-SEP-2012
PTS - 5 WBJEE 16-OCT-2012
PTS – 5 AIEEE 17-OCT-2012
MTS - 1 WBJEE 10-DEC-2012
MTS – 1 AIEEE 11-DEC-2012
MTS – 2 WBJEE 24-DEC-2012
MTS – 2 AIEEE 26-DEC-2012
MTS - 3 WBJEE 21-JAN-2013
MTS – 3 AIEEE 22-JAN-2013
MTS – 4 WBJEE 11-FEB-2013
MTS – 4 AIEEE 12-FEB-2013
MTS - 5 WBJEE 25-FEB-2013
MTS – 5 AIEEE 26-FEB-2013
MTS – 6 WBJEE 02-APR-2013
MTS – 6 AIEEE 03-APR-2013
Annexure – C
The subject-wise & month-wise course breakup for WBJEE is provided below:
PHYSICS
June : Units & dimension, Methods of Measurement, Scalars & Vectors,
Kinematics in one dimension, Two and Three dimensions, Projectiles,
Uniform Circular Motion, Centripetal force, Centrifugal force,
Relative velocity, Dynamics (Newton’s laws of motion, uniform accelerated
frame, pseudo forces, conservation of linear momentum, Rocket motion,
centre of mass, impulsive force, friction, Work, Power and energy,
Conservative and Non-Conservative forces, Conservation of energy,

Collision (elastic and inelastic)
July :
Rotational Motion : Torque, Angular momentum and conservation of
angular momentum, moment of inertia, radius of gyration, moment of inertia
of objects with simple geometrical shapes, rotational kinetic energy and
rolling on horizontal surface.
Gravitation: Laws of gravitation, gravitational field and potential,
acceleration due to gravity and its variation, escape velocity, Kepler’s laws
and planetory motion, motion of satellites, Geostationary orbit.
Elasticity: Hooke’s law, elastic modulli, poisson’s ratio, elastic energy,
Hydrostatics
Fluid mechanics: Pressure in a fluid, Pascal’s law, Archimedes principle,
hydraulic press, Surface energy and surface tension, Capillary rise,
Viscosity, Streamline and turbulent motion, Critical Velocity, Reynold’s No.
Stoke’s Law, Bernoulli’s Theorem.
August : Vibration: S.H.M, Equations of S.H.M, damped and fored vibrations,
resonance, superposition of S.H.M
Thermal Physics : Scale of temparatue, thermal expantion of solids, liquid
and gases, calorimetry, change of state, latent heat
Transmission of Heat : Conduction, convection & Radiation, Black Body,
Kirchhoff’s law, Wien’s law, Stefan’s law, Newton’s law of cooling
Kinetic Theory : Mean free path, pressure of an ideal gas, r.m.s velocity,
kinetic interpretation of temperature, degrees of freedom, equipartition of
energy
Thermodynamics : 1st law of thyermodynamics, Specific heats of gases (Cp,
Cv and their relation), thermodynamic variables, Reversible and irreversible
process.
September
Optics : Reflection and refraction at plane and spherical surface,
total internal reflection, thin lenses, power of a
lens, combination of lenses and mirrors,
deviation and dispersion by prisms, simple and
compound microscopes, astonomical telescope
Human eye : Defects and remedy
Physical optics : Coherent sources, interference of light, Young’s
double slit experiment
Wave Motion : Elastic waves, longitudinal and transverse waves,
progressive waves, superposition of waves,
interference, stationary waves, beats, vibration of
strips, air column velocity of elastic waves in
different media, Doppler effect.
October
Electrostatics : Coulomb’s law, electric field and potential,
flux of electric field, Gauss’s law, Electric field and potential
due to an infinite line charge, charged infinite sheet, solid
sphere and spherical shells, electric dipole and field due to
dipole. Capacitance, spherical and parallel plate capacitors,
energy stored in a capacitor, series and parallel combination of
capacitors.
 Current Electricity : Electric current, drift velocity and mobility,
Ohm’s Law, resistivity, combination of resistances in series and
parallel, combination of cells, Kirchhoff’s law’s Wheatstone
bridge, Metre bridge, potentiometer.
November
Current Electricity : Heating efect of current, thermoelectricity,
Sebeck and Peltier effect, chemical effect of
current, Faraday’s laws of electrolysis, Primary
and secondary cells
Electromagnetism : Magnetic effets of current, Biot Savart’s law,
Magnetic field due to an infinite line charge, circular
coil and solenoid, Ampere’s circuital law, Lorentz
force, Fleming’s left land rule, force between two
current carrying conductors, magnetic moment of a
current loop, magnetic dipole, torque experienced by
a current carrying coil in a uniform megnetic field,
galvenometer, current sensitivity, conversion of
galvanometer to voltmeter.
Ammeter : Magnetic field of earth, tangent galvanometer, Magnetic
Properties of materials, Dia, Para and
ferromagnet, permeability, susceptibility.
December
Electro magnetic induction : Magnetic flux, Farday’s laws of
electromagnetic induction, Lenz’s law, self and
mutual induction, Fleming’s right hand rule,
Alternating current, peak and r.m.s value of A.C,
generator, D.C motor and transformer.
Modern Physics : Bohr’s atomic model for hydrogen like atom,
hydrogen spectrum, X-ray emission, Moseley’s
law, wave particle duality, de Broglie’s
hypothesis, photo-electric effect, constituents of
atoms, isotopes, mass defect, mass-energy
equivalence, binding energy, radioactivity— 
& radiation, half life, mean life, fission, fusion
Energy bands in solids, intrinsic and doped
semiconductors, junction diode, rectifier, pnp and
npn transistors, Common emitter Characteristics,
Binary number, AND, OR, NOT, NAND and
NOR gates.
CHEMISTRY
June :
Atomic Theory, Molecular Theory and Equivalent
Weight, Chemical Arithmetic.
Chemical Equilibrium, Periodic Table and Chemical
Families, Gas Laws, Atomic Structure.
July :
Colloidal solutions, Electrolytic Solution, Oxygen,
Hydrogen, Carbon and their compounds, Chemical
Bonding & Molecular Structure, Chemistry of nonelectrolytic
solution
August :
Nomenclature & Isomerism of Organic Compounds,
Analysis of Organic Compound Hydrocarbon
Grignard Reagent, Organometallic Compounds
September
:
Nitrogen and it’s compounds, phosphorous and it’s
compounds, sulphur and it’s compounds, Industrial
Chemistry, Environmental Chemistry.
October :
Radioactivity, Chemical Energetics, Acids, Bases
and Salts, Acidimetry and Alkalimetry, Aliphatic
Alcohols & Ether.
November :
Chemical Dynamics, Oxydation & reduction,
Aliphatic Carbonyl compounds, Carboxylic Acids,
Nitrogeneous Organic Compounds
Electrochemical cells, Halogen, Chemistry of
Metals, Application Oriented Chemistry and
Biomolecules.
Aromatic Organic Compounds.
December :
MATHEMATICS
June
July
 
August
 
September
October
November
December
Algebra : (A.P, G.P, H.P), Quadratic Equation(s), Permutation &
Combination, Binomial Theorem(XII)
 Trigonometry : Compound Angle, Multiple &
submultiple Angle, Transformation of Sum &
Products.
 Co-ordinate Geometry : Axes of Coordinates,
(ch-1) Locus(*), Straightlines, Circles
*Sets, Relation & Mapping, Functions
Algebra : Complex nos, Surds, Indices, Logarithm, Infinite series.
 Trigonometry : Identities, General equation of
Trigonometric equation, Inverse circular function
 Geometry : Conic section(s), Ellipse, Parabola &
Hyperbola.

 Calculus : Fuctions, graph, periodicity, Domain,
Range, limit, continuity.
Differentiation, (1st order), Addition, Subtraction, Multiplication &
quotient rule, Properties of Bionomial
coefficients.
 Trigomometry : Properties of Triangle
 Geometry : Conic section(R) + Vector upto dot
& cross Product of two vectors.

 Calculus : Fuctions, graph, periodicity, Domain,
Range, limit, continuity.
Algebra : Probability, Mathematical Induction, Integral calculus,
Indefinite integral on Fundamental results,
Substitution, Standard integrals, Integration by
parts, Special trigonometric functions.
Calculus(Integral), Definite Integrals(Properties of Definite
Integrals), Differential Equation 1st Order,
(Separation of Variables), Homogeneous
Equation, Exact differential equations.
Calculus Rolles Theorem, Mean value theorem, 2nd order
differential equation, Linear differential equation,
Indeterminate form (L.H. Rule) + Inverse circular
function(R) + Properties of triangles
Co-ordinate geometry : Straight line(R), Application to calculus (a)
Significance of Derivatives, Sign of Derivative,
Maxima & Minima.
*Tangent, Normals, Motion in a straight line,
vertical motion under gravity.
BIOLOGY
June
July
August







Unit of life
Ultrastructure & function of cellular components.
Microscopy-Electron
Physical & Chemical Principles involved in
Maintenance of life process.
Enzymes
Taxonomy and classification
Population biology






Chromosome& Cell division
Brief idea of Polytene Chromosome
Genetics
Origin, Evolution and Diversity of life
Concept of priodiversity
Ecosystem
Biomolecules : Carbohydrate, Protein, Nucleic acids.

Virus & Bacteria

Biotechnological application of microber

Concept of Biodiversity

Tissue & Tissue system

Application of Biology-Biomedical engineering
September




Function of Life : Phtosynthesis
Medical Agriculture & Economic zoology
Nutrition & digestive system Metabolism
Cardiovascular system and Blood Pressure.
October






November







Nutrition & Digestive system, Metabolism.
Excretory system
Nervous system and muscular system
Function of life : Respiratory system on human
Nucleic Acids
Chromosome and cell division brief idea of polytene
chromosome, Genetics
Nervous and muscular system
Endocrine system and animal hormones
Growth-Reproduction-Ageing
Nutrition & digestive system, Metabolism
Biomedical engineering
Origin evolution & diversity of life
Biomolecules : Carbohydrate, lipids, aminoacids,
proteins & nucleic acids
December:
Ironemology, Medical, Agricultural & Economic Zoology, Growth reproduction
ageing, Endocrine system and animal hormones, Ultra structure and functions of
cellular components. Physical & chemical principles involved in maintenance
of life process. Cardiovascular system and blood, blood pressure. 
Ecosystem.
ANNEXURE – D
The subject-wise & month-wise course breakup for AIEEE is provided below :
(1) Subject : CHEMISTRY
JULY 2012 (1st Test)
Inorganic Chemistry : Chemical Bonding & Molecular Structure, Atomic Structure, Classification of
Elements & Periodicity in Properties, S-Block Elements, P-Block Elements, d & f Block Elements,
Coordination Compounds & Organometallics
JULY 2012 (2nd Test)
Principles & Process of Extraction of elements, Nuclear Chemistry & Environmental Chemistry,
Physical Chemistry : Basic concepts, States of Matter, Chemical Thermodynamics
AUGUST 2012
Surface Chemistry, Redox reactions & Electrochemistry , Solutions, Equilibrium, Chemical Kinetics
SEPTEMBER 2012
Organic Chemistry : some basic principles, Hydrocarbons, Organic compounds containing halogens,
Organic compounds containing oxygen, Organic compounds containing nitrogen, Polymers
OCTOBER 2012
Organic Chemistry : Bio-molecules, Stereochemistry & Chemistry in everyday life, Purification &
Characterisation of Carbon compounds
(2) Subject : MATHEMATICS
JULY 2012 (1st Test)
Indices, Complex No., A.P., G.P., Logarithm, Permutation & Combination, Quadratic Equation,
Mathematical Induction, Binomial Theorem, Infinite Series, Matrices, Determinant
JULY 2012 (2nd Test)
Probability, Vectors, Compound Angles, Multiple & Submultiple Angles, Trigonometric Equations,
Inverse Circular Function, Properties of Triangles
AUGUST 2012
Straight Lines, Pair of Straight Lines, Circles, Conic Section, Limit, Continuity, Differentiation,
Application of Differentiation, Maxima & Minima
SEPTEMBER 2012
Definite & Indefinite Integral, Rolle’s Theorem, LMVT, Area under curves, Differential Equation
OCTOBER 2012
Boolean Algebra, Sets, Relation & Function, Mapping, 3-D geometry, Measures of Central
Tendency, Dispersion, Correlation & Regression, Moving Average, Index No., Probability,
Statics & Dynamics, Revision of Integral & Differential calculus including applications
(3) Subject : PHYSICS
JULY 2012 (1st Test)
(MECHANICS)
Units & Dimension, Vectors, Equation of Motion & Motion due to Gravity, Projectiles, Newton’s Laws of
Motion, Friction, Circular Motion, Rotatory Motion, Work, Energy & Power, Gravity, Gravitation &
Satellites
JULY 2012 (2nd Test)
(LIQUIDS, ELASTICITY & HEAT)
Thermal Properties, Molecular Properties of Matter, Work, Heat, Internal Energy, Laws of
Thermodynamics, Concept of Absolute Scale of Temperature, Thermal Expansion, Heat Transfer,
Hydrostatics
AUGUST 2012
(ELECTRICITY)
Electrostatics, Capacitance, Magnetostatics, Electric Current, Ohm’s Law & Kirchhoff’s Laws, Electrical
Work, Power & Energy, Electromagnetism & Galvanometers, Electromagnetic Induction, A.C.
fundamentals & A.C. circuits, Transformers, EM waves
SEPTEMBER 2012
(WAVE, SOUND & LIGHT)
Oscillation, Sound, Wave Superposition, Interference & Beats, Stationary Waves, Strings & Organ Pipes,
Reflection, Refraction, Deviation, Dispersion, Optical Instruments, Wave Optics
OCTOBER 2012
(MODERN PHYSICS)
Cathode Rays, X_Rays, Photoelectric Effect, Atomic Physics, Semiconductors, Vacuum Diode, Junction
Diode, Transistor, Logic Gates, Nuclear Physics